Product Description
An updated and expanded edition of a highly lauded plan for preventing and fighting cancer through a macrobiotic natural-foods diet offers new cases, updates on the disease, inspirational advice, and delicious new recipes…. More >>
Primitive neuroectodermal tumors (PNETs) arise from undifferentiated brain cells and are the most frequent malignant brain tumors in children. There are different forms of PNETs and, while scientists have made progress in characterizing the genetic abnormalities associated with some PNET subtypes, the highly aggressive cerebral tumors known as CNS-PNETs have been difficult to characterize as they represent a relatively uncommon group of tumors with ill-defined diagnostic features.
“Lack of insight into the molecular pathogenesis of CNS-PNET is a major obstacle towards development of disease-specific models and treatments for these frequently fatal malignancies,” explains senior study author, Dr. Annie Huang from the Hospital for Sick Children in Ontario, Canada. To comprehensively define relevant genetic alterations associated with CNS-PNET, Dr. Huang established international collaborations with colleagues from pediatric oncology centers in Asia, Europe and the United States to complete a sophisticated high resolution genomic screen of a large collection of primary tumors.
» Read more: New Hope for Diagnosis and Treatment of Intractable Pediatric Brain Tumors
U of L reaches out to rural area in fight with cancer
After surgery, chemotherapy and radiation, 38-year-old Owensboro, Ky., resident Jennifer Slone is cancer free — and she credits her survival to a gynecological oncologist, a women’s cancer specialist who treated her through a University of Louisville program that reaches out to Western Kentucky.
Read more on Louisville Courier-Journal